Vacuum Stretcher

Vacuum stretcher is a specialized medical device designed for patient transport and transfer. It consists of a rigid stretcher frame with a flexible patient mattress sealed by a vacuum pump system. When in use, air is evacuated from the mattress via the pump, forming a firm surface that wraps and secures the patient for safe repositioning and movement.

Vacuum stretchers are intended for use in hospitals, clinics, and emergency response settings. They provide an effective way to transfer injured or immobilized patients between beds, imaging equipment, and ambulances while maintaining proper spinal alignment and patient security. The firm mattress and wraparound support of a vacuum stretcher helps prevent unwanted patient movement during transport, reducing the risk of further injury or pain. This makes them well-suited for patients with suspected spinal or extremity fractures.

Main Features

The vacuum stretcher is designed with key features to provide effective patient transport and safety. The stretcher frame is constructed of lightweight aluminum, making it easy to maneuver and transport patients. Despite the lightweight build, the aluminum frame provides durability to support patients up to 500 lbs with no flexing or bending.

The stretchers feature a flat platform design with a comfortable foam mattress pad for patient comfort. There are adjustable straps to secure the patient during transport. The vacuum pump securely immobilizes patients for safe movement down stairs or over uneven terrain.

Adjustability

One of the key features of the Vacuum Stretcher is its adjustability to accommodate patients of different sizes. The stretcher is designed with an adjustable length and width to properly support patients ranging from pediatric to bariatric.

The length can be easily extended or contracted via a manual sliding mechanism on the main frame of the stretcher. This allows the stretcher length to be customized from the standard 6 feet up to 7 feet for taller patients. The width can also be expanded from the standard 24 inches up to 30 inches by manually adjusting the side rails outward.

These adjustable dimensions ensure the stretcher provides the proper surface area to safely stabilize and support patients during transport, regardless of their height or weight. The expanded width is particularly important for handling larger or obese patients. The adjustability provides a customizable fit for each patient to maximize comfort and security.

The flexible sizing options make the Vacuum Stretcher suitable for use in facilities that treat both adults and children. The compact sizing can accommodate young pediatric patients, while the expanded capacity can handle large adult and bariatric patients. This versatility enables the stretcher to be used for a wide range of patients in various medical settings.

Overall, the Vacuum Stretcher’s adjustable length and width settings are an important feature that allows it to safely accommodate and transport patients across the size spectrum. The flexibility in dimension adjustments enables proper patient stabilization and support for optimal safety, security and comfort during transit.

Patient Comfort

The vacuum stretcher provides exceptional patient comfort through its padded surface and secure immobilization. The stretcher has a layer of dense foam padding covered in durable vinyl that conforms to the patient’s body, reducing pressure points. This helps prevent pain or discomfort during transport.

The vacuum mattress also immobilizes patients safely and securely. When air is extracted with the attached pump, the mattress becomes rigid to immobilize the spine and extremities. This prevents unwanted movement that could worsen injuries. The firm support and immobilization keep patients stable and comfortable during transport to definitive care.

Safety

The vacuum stretcher has safety as a top priority. It is designed with secure restraints to keep the patient protected during transport.

The restraints are made of durable nylon material and have multiple adjustment points. This allows them to be tightened or loosened as needed to properly secure the patient. The restraints go across the patient’s chest, hips, thighs, and lower legs.

There are also hand grips along the sides of the stretcher to provide stabilization points for caregivers during transport. The locking wheels allow the stretcher to remain stationary when not being moved.

The vacuum mattress is made of strong vinyl material that protects the patient. It helps immobilize injuries and prevents further damage from occurring during transport to receive medical care. The mattress molds to the patient’s body shape and keeps them from sliding around.

Patient safety is always the number one goal. The vacuum stretcher uses thoughtful design features like restraints, hand grips, and a secure mattress to achieve that goal. Patients can feel at ease knowing the stretcher allows them to be transported safely.

Portability

The vacuum stretcher is designed to be highly portable and easy to transport between locations. Its compact size allows it to fit into most standard vehicles like ambulances, helicopters, and planes.

When not in use, the stretcher folds down into a smaller footprint. This allows it to be conveniently stored without taking up excessive space. The total weight of the stretcher is relatively light, ensuring that small teams or even a single operator can lift and carry it with ease.

Various design elements contribute to the overall portability. The stretcher features collapsible legs that quickly fold up against the main litter platform. The vacuum pump unit can also be detached as needed. Carry handles are integrated on all sides for enhanced maneuverability in tight spaces.

The high portability and small storage size make the vacuum stretcher ideal for use in a wide range of transportation situations. It can be easily moved between different floors or buildings as needed. The compact footprint is also advantageous for keeping one on standby in storage closets or emergency response vehicles where space may be limited.

Overall, the stretcher’s emphasis on portability and transportability provides flexibility for responding quickly to medical emergencies wherever they may occur. Its mobility helps ensure that optimal patient care and transport can be provided, even in challenging environments.

Vacuum Stretcher Ease of Use

The Vacuum Stretcher is designed for intuitive operation and rapid deployment. The stretcher features quick-release latches that allow EMTs to set it up in seconds. Once the vacuum seal is activated, the stretcher stiffens and becomes rigid, allowing for easy maneuverability.

The vacuum pump is operated via a simple on/off switch, eliminating complicated controls. The stretcher is lightweight and compact when deflated, so EMTs can swiftly load it into an ambulance. Patient transfers are simplified with the smooth, frictionless surface that glides easily.

Overall, the Vacuum Stretcher enables EMTs to swiftly stabilize and transport patients with minimal effort. The intuitive controls and rapid deployment capabilities make it an ideal choice for busy EMTs who need reliable and easy-to-use equipment.

Vacuum Stretcher Maintenance

The vacuum stretcher requires minimal maintenance to keep it in proper working condition. Here are some tips for cleaning and storage:

Cleaning

• The stretcher frame can be wiped down with a damp cloth and mild detergent. Avoid abrasive cleaners.
• Upholstery can be spot cleaned as needed with upholstery cleaner. Check the tag before applying any cleaners.
• Make sure the vacuum pump is kept free of dust and debris. Wipe it down with a dry cloth.

Storage

• Store the stretcher in a clean, dry area when not in use. Avoid excess moisture.
• Avoid exposing the stretcher to extreme hot or cold temperatures in storage.
• Make sure the stretcher is completely dry if storing for long periods.
• Store the stretcher lying flat rather than standing upright to avoid damage to the frame.
• Cover the stretcher with a sheet or storage cover to protect from dust or dirt.

Proper cleaning and storage will help ensure your vacuum stretcher remains in good working order for safe patient handling. Be sure to consult the product owner’s manual for any additional maintenance recommendations from the manufacturer.

Vacuum Stretcher  Cost

Vacuum stretchers can range in price from $2,000 on the low end to $10,000 on the high end. The cost depends on the features, quality, and durability of the specific model.

Some key factors that influence the price of a vacuum stretcher include:

• Materials used – Stainless steel models tend to cost more than aluminum or plastic. Carbon fiber models are lightweight but expensive.

• Adjustability features – Models with powered lift, tilt, and articulation capabilities have a higher price tag.

• Accessories – Additional options like IV poles, straps, and storage bags add to the cost.

• Brand reputation – Leading brands known for quality and safety command a premium price. Lesser known brands are more affordable.

• Warranty – Longer and more comprehensive warranties increase the purchase price but provide peace of mind.

For basic non-powered models with limited features, expect to pay around $2,000 – $4,000. More fully-featured powered models from top brands typically range from $6,000 – $10,000. Additional shipping costs may also apply.

When selecting a vacuum stretcher, consider both the purchase price and the long-term value. More expensive models often have superior performance and durability compared to cheaper versions. Investing in a high-quality stretcher can save on maintenance and replacement costs over time.

Conclusion

The vacuum stretcher is an essential piece of medical equipment for any facility that handles patient transfers. Its key benefits make it a worthwhile investment:

• Adjustability and portability allow the stretcher to be used for a wide variety of patients and situations. Patients of nearly any size can be secured and transported.

• Patient comfort features like the padded surface provide safety and reduce anxiety during transfers. This improves the overall patient experience.

• The vacuum stretcher is extremely durable and requires little maintenance, making it a long-lasting solution.

• While an initial investment, the total cost over the lifetime of the product is quite reasonable for the value gained.

If your facility needs to safely transfer patients in a variety of circumstances, the vacuum stretcher delivers an optimized blend of adjustability, ease of use, and patient care. The stretcher simplifies patient handling while providing comfort and dignity.